2036-15-C2LF

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Gas discharge tubes (GDTs) are widely used in applications such as power-supply line protection, telecommunication lines,radio broadcast and studio components, telecommunications networks, utility metering, and medical equipment. GDTs provide protection against overvolts caused by lightning, power line switching operations, distribution systems, and other external electrical phenomena.

The 2036-15-C2LF, a gas discharge tube manufactured by Taiwan Semiconductor, is a two-electrode, two-terminal device, designed to protect against transient overvoltage conditions. It is a fast-responding, non-linear active device, which presents a very high impedance at low voltage and a low impedance at high voltage. Its basic action is to act as a suppressive load, limiting the voltage under surge conditions.

The basic operating principle of the 2036-15-C2LF is to limit overvoltage by converting the energy of a surge event into heat, thus protecting sensitive electronic components from damage. When the overvoltage rises above the device\'s rated voltage, the device will be triggered, allowing current to flow through the tube. This will cause the gas inside the tube to ionize and dissipate the surge, reducing the voltage to safe levels.

In terms of its application field, the 2036-15-C2LF is suitable for use in power-supply line protection, telecommunication lines, radio broadcast and studio components, telecommunications networks, utility metering, and medical equipment. It is especially suitable for installations exposed to outdoor lightning strikes and other large voltage variations. The 2036-15-C2LF is designed to provide reliable protection in a broad range of operating environments and applications, providing a high degree of safety against surges.

In summary, the 2036-15-C2LF is a gas discharge tube manufactured by Taiwan Semiconductor, which provides reliable protection against transient overvoltage conditions by limiting surge voltage and thus protecting sensitive electronic components from damage. It is suitable for power-supply line protection, telecommunication lines, radio broadcast and studio components, telecommunications networks, utility metering, and medical equipment. It is especially suitable for installations exposed to outdoor lightning strikes and other large voltage variations, providing a high degree of safety against surges.

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